Finite Element Analysis Jobs

I need a complete, ready-to-run finite element model in Abaqus/Standard that captures the load-carrying capacity of CFRP-confined reinforced-concrete (RC) columns. The aim is to reproduce, with dependable fidelity, the way external CFRP wrapping improves axial load resistance when compared with unconfined RC specimens. You will start from a clean workspace and build everything required: solid geometry, material definitions for concrete, steel reinforcement and CFRP layers, appropriate interaction properties, boundary conditions and loading protocol. I expect the analysis to converge under static general or, if necessary, explicit quasi-static settings so the peak load can be extracted unambiguously. Because time is critical, I ask for documented evidence of similar work you have already ...

TRUESEARCH IS HIRING | AERODYNAMICS EXPERT TrueSearch HR Services is hiring an experienced Aerodynamics Expert for one of our clients to contribute to an AI training and engineering project focused on computational fluid dynamics, aerodynamic analysis, engineering simulations, and Python. Role: Aerodynamics Expert Pay: $80–$130/hour Location: Global | Fully Remote Engagement: Contractor | ~15 hours/week Schedule: Flexible Start: Immediate What You’ll Work On: • Solve and validate aerodynamic and fluid-dynamics problems • Develop CFD models, computational domains, and meshes • Define boundary conditions, solver settings, and fluid properties • Run CFD workflows using CLI and programmatic tools • Use Python for automation, simulations, parameter sweeps...

I’m building out a series of AI-driven features and need an engineer who can step in wherever the development cycle demands— from early-stage prototyping to production deployment. The exact focus is still open, so you’ll help me evaluate whether classic machine learning, natural language processing, or computer vision best fits each feature we prioritise. Here’s how I see the collaboration: • Work with me to clarify the first use-case, audit the data I already have, and outline any additional collection or labelling steps. • Design a model architecture suited to that problem, train and validate it, then document performance clearly enough for non-technical stakeholders. • Package the solution into clean, modular code (Python preferred) with stra...

FEA / CFD Engineer – 63m Aluminium Vessel We are looking for a freelance Naval Architect / Marine Engineer to assist with FEA and/or CFD for a 63m aluminium vessel being prepared for RINA class approval. FEA: • Simplified global FEA model based on our existing 3D structural model • Global strength, longitudinal and torsional analysis • Relevant load cases, stresses and deformations • Local FEA of engine foundations • Calculation report for RINA CFD: • Resistance calculations at 5, 10, 15, 20, 25 knots and maximum speed. The work can be split between specialists. If you only cover FEA or CFD, we are still interested. Would require to see examples of similar marine/aluminium vessel work, competitive pricing is important.

I need an expert in ANSYS for static structural analysis. The project involves modeling and analyzing structures under static loads. Key requirements: - Proficient in ANSYS software - Strong background in structural mechanics - Experience in static load analysis Ideal skills and experience: - Advanced modeling techniques in ANSYS - Ability to interpret and analyze simulation results - Knowledge of material properties and behavior under static loads Please provide a detailed approach and timeline with your bids.

I need an experienced mechanical engineer to rethink an existing machine so it runs significantly more efficiently. The current design performs its task reliably, but power consumption is high and several moving components cause unnecessary downtime for maintenance. You will receive the original 3-D CAD model (SolidWorks) along with performance logs, vibration data, and photos of wear points. Your task is to analyse the weak spots, propose redesigns for critical sub-assemblies, and demonstrate—through calculation or simulation—that the new concept will cut energy use and extend component life. Key deliverables • Updated CAD files and 2-D manufacturing drawings in native and neutral formats • Brief engineering report detailing the design rationale, efficiency g...

I need a full engineering package for a commercial-grade chest press machine that will live in professional Indian gyms. The machine must handle a 100 kg selectorised weight stack and feel smooth and natural under load. Key mechanical goals • Use a steel tube capsule frame; propose the optimal wall thickness and section size for both strength and cost-efficiency under heavy daily use. • True isolateral movement arms are non-negotiable. I want balanced resistance through the stroke so each side can move independently without crossover. • Overall footprint, seat height, and press path must suit the average Indian user and the tighter floor plans common here. Aim for a compact stance without sacrificing full chest engagement or shoulder safety. • Specify bearing t...

I need a complete SolidWorks model and accompanying static-load analysis that proves the assembly can carry the specified load with a minimum safety factor of 4. All existing part files and any material specifications are already in my package; use exactly what is written there when assigning material properties. Scope • Build or tidy the full 3D assembly in SolidWorks, adding any missing mates or constraints so it behaves realistically. • Produce clear, fully-dimensioned drawings for every part and for the final assembly. • Run a static FEA study that reflects the real boundary conditions and load magnitude supplied in my notes. • Optimise the geometry only if necessary to reach or exceed the 4× safety factor, but keep the general layout unchanged. &bu...

Neo-Hookean is suitable as a starting hyperelastic material model for snap-through structure, especially if we are using a TPU/rubber-like material and the strain level is not extremely high. start with Neo-Hookean for the baseline ANSYS model because it is simple, stable, and easy to calibrate. Then, if my experimental TPU data shows large nonlinear deformation that Neo-Hookean cannot match well, compare it with Mooney–Rivlin or Ogden. For snap-through analysis, the important point is that the material model must handle large strain + large deformation. Neo-Hookean does this much better than a simple linear elastic model. but “A Neo-Hookean hyperelastic material model was initially selected to represent the nonlinear elastic behaviour of the TPU structure under large deform...

We're seeking an expert in space environment effects, electrodynamics, and systems engineering to collaborate on translating aperiodic structural frameworks into solid-state lattices for off-world applications. Key Focus Areas: - Radiation Shielding & Electronic Durability: Evaluating moiré-engineered graphene structures against cosmic radiation and particle bombardment for deep-space electronics. - Thermal & Mechanical Resilience: Leveraging graphene’s strength-to-weight ratio and thermal management for off-world habitat skins and structural applications. Core Deliverables: 1. A parameterized simulation script/pipeline modeling twisted bilayer/multilayer graphene band structures and interlayer coupling (compatible with our modular architecture). 2. Quantitative...